| Code |
MSL116B |
| Course unit |
Synergetic control of ship power systems under uncertainty |
| Nomber of credits ECTS |
3.0 |
| Language of education |
Ukrainian |
| Learning outcomes of course unit |
After completing the course, students will be able to:
- Understand the principles of synergetic control in complex technical systems.
- Analyze the structure and operating modes of ship electric power systems.
- Develop mathematical models of SEPS for control tasks.
- Identify the main sources of uncertainty in system operation.
- Apply synergetic control methods for stabilization of system modes.
- Develop control algorithms for nonlinear systems.
- Apply system parameter identification methods.
- Design adaptive and robust control systems.
- Use intelligent control techniques such as neural networks and fuzzy logic.
- Model control processes in ship electric power systems.
- Optimize operating modes of electric power systems under uncertainty.
- Evaluate stability and reliability of control systems.
- Use modern software tools for modeling and analysis.
- Analyze the prospects for the development of synergistic management methods in ship power engineering.
|
| Types of educational work |
lecture classes, practical classes, laboratory classes, carrying out of a term paper. |
| Type of final control |
|
| Content of course unit |
- Introduction to synergetic control. Basic concepts of synergetics and their application in complex technical systems.
- Ship Electric Power Systems (SEPS) as complex dynamic systems. Structure, operating modes and characteristics.
- Mathematical models of ship electric power systems. Nonlinear dynamic models and parameters.
- Sources of uncertainty in SEPS. Influence of disturbances, external factors and incomplete information.
- Fundamentals of synergetic control theory. Self-organization, attractors and control of complex systems.
- Methods of synergetic control of nonlinear systems. Stabilization and optimization algorithms.
- Parameter identification of ship electric power systems.
- Adaptive and robust control systems for SEPS.
- Intelligent control methods. Neural networks and fuzzy logic.
- Modeling of control processes in ship electric power systems.
- Optimization of operating modes of SEPS under uncertainty.
- Stability and reliability of synergetic control systems.
- Computer simulation and software tools for control system research.
- Future trends in synergetic control of marine power systems.
|
| Equipment (if applicable) |
Educational and research ship laboratory equipment for studying processes in ship systems. Modern software tools are used to simulate processes in control systems. |
